Electronic engineering (also called electronics and communications engineering) is an electrical engineering discipline which utilizes nonlinear and active electrical components (such as semiconductor devices, especially transistors and diodes) to design electronic circuits, devices, integrated circuits and their systems. The discipline typically also designs passive electrical components, usually based on printed circuit boards. Electronics is a subfield within the wider electrical engineering academic subject but denotes a broad engineering field that covers subfields such as analog electronics, digital electronics, consumer electronics, embedded systems and power electronics.
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Selection through Scientist Entry Test (SET) and also through GATE exam. Developing new defence equipment and technologies for the country's armed forces.Research work,Designing and Development, Managerial work.Initial pay-Rs 56,100
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Selection through ICRB Exam conducted by ISRO.
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Basic work will be on MATLAB, SIMULINK, C, LabView, GUI Development, Analyzing Scientific Data, Algorithm development or testing by reading Papers, Writing Papers.Salary - Rs : 16,000 + HRA. It is aTemporary job.It is diverse at times from writing technical papers to developing or testing algorithms.The JRF post is 2-3 years Max, so just be prepared for what to do after that 2-3 years of the JRF.
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A scientific officer holds a managerial role in a company that conducts scientific research or makes scientific products. This job requires a bachelor's degree, but many in this field have completed a graduate program. In addition to independent research, scientific officers must lead teams, create policy and protocol, and collaborate with company executives.Recruitment through GATE score.
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The responsibilities of an aeronautical engineer is not only to maintain aircraft. There are many other specialist equipment in the IAF like Radars, vehicles etc., The maintenance of all such equipment is the responsibility of such officers.Selection through AFCAT exam.
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Contenders are shortlisted based on their GATE scores. Then interview will be conducted to recruit aspirants.
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HAL is the biggest Aerospace manufacturing company in India and operates under the Ministry of Defence.Selection through GATE.Management Trainees will be learning and trained to take the reins from their seniors in managing the day to day activities and focus on managing the employees.
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The selection of candidates for Scientific & Technical posts through NIC Recruitment will be done through a Written Examination and Interview for Scientist 'B' post and only through Written Examination for Scientific/Technical Assistant - 'A' post. Candidates selected for Scientific & Technical posts through NIC Recruitment will be paid emolument in the range of Rs. 35,400 to Rs. 1,77,500 per month as per the designation.
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Eligible candidates will be allowed for Personal Interview upon successful completion of the document verification. Final recommendations will be made based on performance in the interview and purely on merit.
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The work of an AAI Junior Executive (ATC) is centered around executing proper functioning of the Airport Traffic and its Control. It includes tasks such as: Monitoring and maintenance of the computer systems and networks of an organization, Installation and configuration computer systems.Candidates are screened based on normalized GATE Scores. Shortlisted candidates are called for verification directly at the headquarters in New Delhi. document corporate.The basic work is maintenance of all the equipment used for communication or guidance devices used by aircrafts like VOR, RADAR, NDB, LOCALIZER, INTRANET, VHF LINES etc..!! Apart from that flight plan booking, notam generation, creating backup of all transmissions for inspection purposes, and many more responsibilities lie with CNS personnel.
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A scientific officer holds a managerial role in a company that conducts scientific research or makes scientific products. This job requires a bachelor's degree, but many in this field have completed a graduate program. In addition to independent research, scientific officers must lead teams, create policy and protocol, and collaborate with company executives.Selection through GATE and BARC Exam and interview In BARC, scientific officers are placed in various divisions based on their merit in exams held during a 1 year training period. Kind of work one could get entirely depends on the division/section where he/she is placed. Every division has its own mandate and work allotted will be in line with that.Work hours: 8.5 hrs of work - 5 days a week
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Graduate engineer trainees have completed their degree in an engineering discipline and are employed by companies as trainees. They perform all assigned tasks and gain practical experience using CAD software, working on projects, and writing reports.
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The Design Trainee will work in one of the design divisions of HAL. They will manage to draw the changed requests, and they also help assist the Production Engineering Team.The Design Trainee will also produce drawings, 3D models and other documentation.Recruitment through GATE.
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The Assistant Engineer is responsible to the Executive Engineer for the management and execution of works
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With the massive global push for semiconductor manufacturing, VLSI (Very Large Scale Integration) engineers are in unprecedented demand. They design complex integrated circuits, microprocessors, and memory chips. The role involves RTL coding, logic synthesis, and ensuring the chip meets power and area constraints before physical fabrication.
As telecom networks transition globally, these engineers develop and test the core software that runs on cellular base stations and mobile devices. They work deep within the OSI model, focusing on the MAC, RLC, and PDCP layers to ensure ultra low latency and high bandwidth communications.
Instead of sending data to the cloud, Edge AI engineers optimize machine learning models to run directly on microcontrollers and IoT devices. They bridge the gap between hardware engineering and data science, enabling smart cameras, wearables, and sensors to process data locally in real time.
Crucial to the electric vehicle revolution, BMS engineers design the electronic control units that monitor and protect battery packs. They develop algorithms for state of charge estimation, thermal management, and cell balancing to ensure the vehicle operates safely and efficiently.
Field Programmable Gate Arrays (FPGAs) are used where standard processors are too slow. These engineers program reconfigurable hardware for high frequency trading, aerospace radar systems, and custom AI accelerators, delivering massive parallel processing capabilities.
Before a multi million dollar chip design is sent to the foundry, it must be flawlessly tested. Verification engineers write complex test benches to simulate the chip's behavior, hunting down logical bugs and edge cases that could cause the hardware to fail.
Focused on Advanced Driver Assistance Systems (ADAS), these engineers integrate radar, LiDAR, and camera sensors with the vehicle's central computing unit. They ensure the hardware can rapidly process sensor data to enable features like automatic emergency braking and lane keep assist.
They design the physical circuit boards and select the microcontrollers for smart home devices, industrial sensors, and connected medical implants. Their main challenge is balancing processing power, wireless connectivity range, and extreme battery efficiency.
Essential for space exploration, defense, and mobile networks. RF engineers design transmitters, receivers, and antennas that operate at high frequencies. They manage electromagnetic interference and ensure signals can travel long distances without degrading.
They design and integrate the electronic nervous system of unmanned aerial vehicles. This includes flight controllers, GPS modules, electronic speed controllers, and payload communication systems, ensuring the drone remains stable and responsive in harsh weather.
Software security is no longer enough. These engineers build security directly into the silicon. They design hardware roots of trust, secure boot mechanisms, and cryptographic accelerators to prevent hackers from extracting sensitive data directly from the physical chip.
Once the logical design of a chip is complete, Physical Design engineers take over. They are responsible for placing millions of logic gates onto a tiny piece of silicon and routing the microscopic wires between them without causing short circuits or thermal hotspots.
They design the electronics for smartwatches, fitness trackers, and AR glasses. This highly specialized role requires cramming powerful sensors, displays, and batteries into incredibly small, flexible, and often waterproof form factors.
A cutting edge field where electronics meet optics. Instead of using copper wires, these engineers design computer chips that use lasers and light to transfer data. This technology is vital for the next generation of hyper scale data centers and quantum computing.
With the rise of low Earth orbit (LEO) constellations, these engineers design the ground station electronics and satellite transponders. They work on phased array antennas and signal processing to beam high speed internet to remote parts of the globe.
